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Installation of a 1MW Rubicon Flat Roof Solar PV System in Corby

  • grahamwray
  • Jun 23
  • 3 min read

Updated: Aug 1

A Commitment to Sustainable Energy Solutions


We recently completed the installation of a 1MW Rubicon flat roof solar photovoltaic (PV) system in Corby, UK, specifically for Harvest Green Developments. This significant project is a crucial step towards sustainable energy solutions in the region. It showcases our commitment to advancing renewable energy technologies.


Challenges Faced During Installation


The undertaking of this solar PV system was not without its challenges. It required meticulous planning and coordination among all parties involved. One primary difficulty stemmed from the impressive height of the building, which stands at 43 meters. This height necessitated the use of a crane to safely lift all materials to both the upper and lower roofs.


This added complexity meant we had to ensure that crane operations were conducted safely and efficiently. Minimizing disruption to the surrounding area was paramount. We worked closely with local authorities to achieve this goal. Clear communication was vital to ensure everyone understood the logistics.


Innovative Solutions for Complex Problems


To facilitate the installation of the solar panels and associated equipment, we implemented a robust 25-meter vertical DC drop. This was achieved through the use of a multi-level scaffolding tower. This innovative solution allowed us to effectively reach the inverter station located on the lower roof, which sits at an elevation of 26 meters.


The scaffolding tower provided the necessary height while ensuring the safety of our installation team. They navigated through the various levels of the building with confidence, knowing they were well-supported by our construction methods. Safety was our top priority at every step of the project.


High-Performance Solar Inverters


The solar PV system itself is equipped with 8 high-performance SolarEdge inverters, each rated at 90 kW. These inverters are designed to optimize the energy output of the solar panels. They offer enhanced monitoring capabilities, allowing for real-time performance tracking.


Additionally, we incorporated extra surge protection measures. These safeguards protect the inverters and the entire solar PV system from potential electrical surges. Our commitment to detail reflects in these choices, ensuring long-term reliability and performance of the system.


Long-Term Impact of the Project


The completion of this project represents a significant milestone in our ongoing efforts to promote renewable energy. It not only benefits the immediate community but also contributes to broader environmental goals. As global awareness about climate change grows, projects like these play a vital role in reducing carbon footprints.


We believe that sustainable energy solutions are essential for future development. The transition to renewable energy sources helps to ensure a cleaner, healthier environment for generations to come. Companies and organizations that support such initiatives stand to gain not only in terms of public image but also through potential cost savings on energy.


Community Engagement and Support


An important aspect of the project's success was community engagement. We liaised with local residents and businesses to inform them about the benefits of solar energy. This fostered a sense of collaboration and mutual support. Being transparent with our goals helped cultivate a positive relationship with the community.


Community members expressed enthusiasm for the project. Many are interested in how solar energy could potentially benefit their homes or businesses in the future. Awareness and education are key components in driving the adoption of renewable energy solutions.


Aerial view of a large warehouse roof with black solar panels in a grid pattern. Green industrial area surrounds the building.
Aerial view of a large rooftop solar panel installation on an industrial building, showcasing a commitment to renewable energy and sustainability.

Future Prospects


Looking ahead, we are eager to pursue more projects like the one in Corby. The demand for renewable energy is growing rapidly. As advancements in technology continue, we aim to stay at the forefront of the industry.


We hope to inspire more developments aimed at harnessing solar energy. With investments in infrastructure and technology, we can collectively work towards a more sustainable future.


In conclusion, the successful implementation of the 1MW Rubicon flat roof solar PV system in Corby is a testament to our dedication to renewable energy. We have demonstrated our capability to handle complex installations while ensuring safety and efficiency. Projects like these showcase the benefits of collaboration between companies, communities, and renewable energy advocates.


This project is just one example of how we plan to influence the energy landscape. The integration of innovative solutions and community engagement will pave the way for larger-scale acceptance of solar technology. As we look to the future, our commitment to sustainability remains unwavering.


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Incorporating sustainable practices is essential, and we encourage others to join us on this journey. By working together, we can achieve remarkable goals in the energy sector. Let’s promote renewable energy solutions for a cleaner, brighter future.

 
 
 

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GMEC Electrical, 58 Cross street, Northam, Devon EX391BX
Tel: 01271 342299 | Email: info@gmecelectrical.co.uk

M: 07990 970268 (Graham)  |  07990 970264 (Marcus)

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